PPT-Pipelined Datapath and Control

Lecture for CPSC 5155 Edward Bosworth PhD Computer Science Department Columbus State University Chapter 4 The Processor 2 MIPS Pipelined Datapath 46 Pipelined Datapath and Control. Fall 2015. Lecture . 3: CISC versus RISC. Krste Asanovic. krste@eecs.berkeley.edu. http://. inst.eecs.berkeley.edu. /~. cs252/fa15. Instruction Set Architecture (ISA). The contract between software and hardware. Uninterpreted. Functions. Imperative vs. Declarative. Imperative Paradigm. How. to do something. Declarative Paradigm. What. to do. int. compute(. int. input) {. . if. (input > 0). . . return. Digital Logic Design. Instructor: . Kasım. . Sinan. YILDIRIM. Single. -Cycle . Computer. Single-Cycle Computer Issues. Shortcoming of Single Cycle Design. Complexity of instructions . executable in a single cycle is limited. Georg . Hofferek. and Roderick . Bloem. . MEMOCODE 2011. Abstract. A novel abstraction-based approach for controller synthesis using logic with UF, arrays, equality, and limited quantification.. Extend Burch-Dill paradigm to synthesize the Boolean control for pipelined circuit.. - Processing Unit Design. 1.1 CPU BASICS. A typical CPU has three major components: . Register set, . Arithmetic logic unit (ALU), and . Control unit (CU) . The register set differs from one computer architecture to another. It is usually a combination of general-purpose and special purpose registers. . Consult this diagram frequently on the following slides.. Pipelined Control . Signals. Recall that we must ensure that each control signal “travels with” the instruction to which it applies.. The interstage buffers provide support for this synchronization.. EECT 7327 . Fall 2014. Pipelined ADC. Pipelined ADC Architecture. – . 2. –. Data Converters Pipelined ADCs Professor Y. Chiu. EECT 7327 . Fall 2014. A bucket brigade of algorithmic ADC w/ concurrent operation of all stages. and Control. Pipelined . datapath. As with the single-cycle and multi-cycle implementations, we will start by looking at the . datapath. for pipelining. . We already know that pipelining involves breaking up instructions into five stages:. Datapath. (MIPS and . Nios. II). CSCE 230. Nios. II Instruction Set. Is available . for download at: https://. www.altera.com. /content/dam/. altera. -www/global/. en_US. /. pdfs. /literature/. hb. Lecture 18 SORTING in Hardware SSEG GPO2 Sorting Switches LED Buttons GPI2 Sorting - Required I nterface Sort Clock R eset n DataIn N DataOut N Done RAdd L WrInit S (0=initialization 1=computations) Pipelining . Datapath. . and Control. Learning Objectives. Name. the five stages of the pipelined processor. Explain. what each stage does. Calculate. the total CPU times for single-cycle implementation and pipelined implementation. 1 Designing (Single - Cycle) Presentation G CSE 675.02: Introduction to Computer Architecture Slides by Gojko Babi ć Reading Assignment : 5.1 - 5.4 g. babic Presentation G 2 • We're now ready to 1MIPS ProcessorSingle-CyclePresentation GCSE 67502 Introduction to Computer ArchitectureSlides by GojkoBabiReading Assignment51-54g babicPresentation G2Were now ready to look at an implementation of t :. ARM® Edition. Sarah L. Harris and David Money Harris. Chapter 7 :: Topics. Introduction. Performance Analysis. Single-Cycle Processor. Multicycle. Processor. Pipelined Processor. Advanced Microarchitecture.